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Straightness Measuring Instrument Product List and Ranking from 4 Manufacturers, Suppliers and Companies

Straightness Measuring Instrument Product List

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High Precision "KUNZ Straightness Measuring Instrument"

High Precision "KUNZ Straightness Measuring Instrument"

We provide a straightness measuring instrument that allows for easy and quick measurement of straightness.

The high-precision "KUNZ Straightness Measuring Device" offers a straightforward and rapid way to measure straightness. The STRAIGHT-set is a versatile and user-friendly measuring device designed to check straightness and parallelism with the highest accuracy, utilizing high-precision guides made of stone, ceramic, or aluminum as a foundation. For more details, please download the catalog.

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High-precision, non-contact straightness measurement device [Demo/test units available for loan]

High-precision, non-contact straightness measurement device [Demo/test units available for loan]

Non-contact, high-precision straightness measuring device that does not damage the measurement target! Easy to install.

The straightness measurement device is a measuring instrument used for shape management. It can measure in the vertical direction, and models are available with measurement lengths ranging from 1000 to 3000 mm. Since the cross-sectional shape can be managed with numerical data, effective management of surface shapes can be achieved. In addition to the contact type, which has over 30 years of sales experience, we have added a non-contact type to our lineup in response to requests from the semiconductor industry. The main features are as follows: - High-precision straightness measurement is possible - Easy installation - Results can be visualized with dedicated software, allowing feedback to production - Bidirectional measurement is possible - Does not damage sensors or detected objects (non-contact type only) - Less affected by the hardness of the detected object (non-contact type only) We offer rental of test machines and assistance with evaluations.

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Easy-Laser E950

Easy-Laser E950

Work can be done much faster, easier, and more accurately! Introducing a versatile straightness program.

With the "Easy-Laser E950," the adoption of a wireless receiver and a program that guides the measurement procedure makes it easy to measure and adjust bearings. All parts included in the system are designed and constructed for use in harsh working environments, allowing for easy installation on any machine. Due to its universal design, it quickly and accurately resolves various issues in straightness measurement for any application. It can measure up to 40 meters. 【Features】 ■ Receiver: Reads measurement values with a resolution of 0.001mm ■ Can work with the appropriate method for any measurement ■ Allows for the addition, deletion, or re-measurement of measurement points at any time during measurement ■ Capable of handling up to 999 measurement points ■ Calculates accurate centerlines *For more details, please refer to the PDF document or feel free to contact us.

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How to Measure Straightness for Medical Devices

How to Measure Straightness for Medical Devices

Explaining straightness measurement in medical device manufacturing!

In the medical device industry, the quality and safety of products are the most critical issues. Even a slight deviation in straightness can cause discomfort or harm to patients. This video explains important methods for measuring straightness in the manufacturing of medical devices. 【Application Scenarios】 - Quality control in medical device manufacturing - Design and development of medical devices - Inspection in the manufacturing process 【Benefits of Implementation】 - Improvement in the quality of medical devices - Assurance of patient safety - Streamlining of the manufacturing process

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How to Measure Straightness for Optical Instruments

How to Measure Straightness for Optical Instruments

Explaining straightness measurement in lens manufacturing!

In the optical equipment industry, particularly in lens manufacturing, the precision of lenses significantly affects the performance of the products. The straightness of the lens influences light refraction and image distortion, making it a crucial factor in product quality. Measuring straightness is essential to ensure that the lens performs as intended in its design. This video explains the measurement method for "straightness," a type of geometric tolerance. 【Application Scenarios】 - Measuring straightness in the lens processing stage - Confirming the axis in the lens assembly stage - Quality control of optical equipment 【Benefits of Implementation】 - Improved lens quality - Reduction of defective products - Increased efficiency in the inspection process

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Method for Measuring Straightness for Automobiles

Method for Measuring Straightness for Automobiles

Explanation of the method for measuring the straightness of a shaft!

In the automotive industry, the precision of shafts is a crucial factor that affects the performance and safety of products. Particularly for shafts that are responsible for rotational motion, even a slight deviation in straightness can lead to vibrations and abnormal noises, ultimately shortening the product's lifespan. This video explains the measurement method for "straightness," a type of geometric tolerance. By understanding straightness, it becomes possible to accurately grasp design intentions and improve the efficiency of processing and inspection. 【Application Scenarios】 - Quality control in the shaft manufacturing process - Inspection of automotive parts - Tolerance setting during the design phase 【Benefits of Implementation】 - Improvement in shaft quality - Reduction of defective products - Shortening of inspection time

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How to Measure Straightness for Robot Arms

How to Measure Straightness for Robot Arms

Helpful for precision management of robotic arms! Explanation of the measurement method for straightness.

In the manufacturing and maintenance of robotic arms, the straightness of the arm is crucial. Poor straightness can lead to inaccurate movements, resulting in defective products and decreased work efficiency. This video explains the measurement method for "straightness," a type of geometric tolerance. Please use this video as a reference for quality control of robotic arms. 【Application Scenarios】 * Quality control in the manufacturing process of robotic arms * Accuracy verification during the maintenance of robotic arms * Shape consideration during the design phase of the arm 【Benefits of Implementation】 * Improved operational accuracy of robotic arms * Reduction of defective products * Enhanced work efficiency

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Geometric Tolerances for Shipbuilding: How to Measure Straightness

Geometric Tolerances for Shipbuilding: How to Measure Straightness

Video materials useful for measuring the straightness of propellers!

In the shipbuilding industry, the performance of propellers greatly affects the efficiency of vessels. The shape accuracy of propellers is a crucial factor that influences propulsion efficiency, and measuring straightness is essential to ensure that quality. If straightness is not properly managed, it can lead to vibrations and a decrease in propulsion efficiency, ultimately resulting in worsened fuel consumption and potential damage to the hull. This video explains the measurement method for straightness, which is one of the geometric tolerances. Please utilize this information to improve quality control in the manufacturing and inspection processes of propellers. 【Application Scenarios】 - Quality control in the propeller manufacturing process - Propeller inspection processes - Shape accuracy verification during the propeller design phase 【Benefits of Implementation】 - Improved propeller quality - Enhanced fuel efficiency of vessels - Reduced risk of damage to the hull

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How to Measure Straightness for Precision Measurement

How to Measure Straightness for Precision Measurement

Explaining the measurement method for geometric tolerance "straightness"!

In the field of precision measurement, accurate measurements are required to ensure product quality. In particular, straightness is an important factor in evaluating the accuracy of parts. If the measurement of straightness is inaccurate, it may lead to problems in the assembly and operation of the product. This video explains the measurement method of "straightness," which is a type of geometric tolerance. 【Application Scenarios】 - Evaluation of machine tool accuracy - Calibration of measuring instruments - Quality inspection of parts 【Benefits of Implementation】 - Increased measurement efficiency - Improved quality management - Reduction of defective products

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